Towards transport-layer mobility: Evolution of SCTP multihoming

Budzisz, Lukasz; Ferrús, R.; Brunström, Anna; Grinnemo, Karl-Johan; Fracchia, R.; Galante, G.; Casadevall, F.

doi:10.1016/j.comcom.2007.12.014

Cited by 41 publications

(25 citation statements)

References 25 publications

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“…In any case, this work of Honda is the only exception to all other analyzed handover-related articles which assume multihoming support within the mobile device. A categorization of different mobility scenarios, including different single-and multihomed configurations where SCTP-based solutions can be applied, is provided by Budzisz et al [2008]. The conclusion of this work is that the most common mobility scenario in which to exploit mSCTP is a heterogeneous wireless network scenario with a multihomed mobile node (MN) and singlehomed correspondent node (CN).…”

Section: Transport Layer Mobilitymentioning

confidence: 99%

“…Such an approach is shown to improve throughput performance, for example, in the tested homogeneous WLAN scenario, even up to 60% over the regular mSCTP scheme; nevertheless, it raises serious doubts about its applicability in the case of heterogeneous wireless networks. In the context of lower-layer support enhancements, Budzisz et al [2008] show that an inappropriately adjusted handover policy based on link layer information may result in a decrease of the performance, as compared to the previously discussed standard SCTP failover-based handover policy.…”

Section: Improving Handover Decisionsmentioning

confidence: 99%

“…The simplest approach among the investigated handover strategy proposals or when the handover triggering mechanism is not explicitly specified is to reuse the standard SCTP failover to trigger the path change within the handover process. Failover in such a handover context is specifically evaluated by Budzisz et al [2006Budzisz et al [ , 2008 who suggest decreasing the default PMR and RTO.min values of standard SCTP in order to adjust the failover mechanism to handover needs. Nevertheless, Budzisz et al conclude that the standard SCTP failover-based mechanism is completely unsuitable for real-time applications; however, they do not completely rule it out for non-real-time applications.…”

Section: Reusing Failover Mechanismmentioning

confidence: 99%

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A taxonomy and survey of SCTP research

et al. 2012

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The Stream Control Transmission Protocol (SCTP) is a relatively recent general-purpose transport layer protocol for IP networks that has been introduced as a complement to the well-established TCP and UDP transport protocols. Although initially conceived for the transport of PSTN signaling messages over IP networks, the introduction of key features in SCTP, such as multihoming and multistreaming, has spurred considerable research interest surrounding SCTP and its applicability to different networking scenarios. This article aims to provide a detailed survey of one of these new features-multihoming-which, as it is shown, is the subject of evaluation in more than half of all published SCTP-related articles. To this end, the article first summarizes and organizes SCTP-related research conducted so far by developing a four-dimensional taxonomy reflecting the (1) protocol feature examined, (2) application area, (3) network environment, and (4) study approach. Over 430 SCTP-related publications have been analyzed and classified according to the proposed taxonomy. As a result, a clear perspective on this research area in the decade since the first protocol standardization in 2000 is given, covering both current and future research trends. On continuation, a detailed survey of the SCTP multihoming feature is provided, examining possible applications of multihoming, such as robustness, handover support, and loadsharing.

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Section: Transport Layer Mobilitymentioning

confidence: 99%

Section: Improving Handover Decisionsmentioning

confidence: 99%

Section: Reusing Failover Mechanismmentioning

confidence: 99%

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A taxonomy and survey of SCTP research

et al. 2012

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“…Reference [15] also considers multihoming based on transport protocols, including the well-known method of Stream Control Transmission Protocol (SCTP) multihoming, evaluated in [16,17]. SCTP, despite having some advantages, has the main disadvantage that it operates at the transport layer.…”

Section: Related Workmentioning

confidence: 99%

Multihoming for Mobile Internet of Multimedia Things

Bălan¹,

Robu²,

Sandu³

2017

Mobile Information Systems

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Mobility, redundancy, and bandwidth requirements are transforming the communication models used for IoT, mainly in case of Critical Communications and multimedia streaming ("IoMT, Internet of Multimedia Things"), as wireless video traffic is expected to be 60-75% of the global mobile traffic by 2020. One of the characteristics of 5G networks will be the proliferation of different/heterogeneous radio networks (virtualized radio access networks, RAN, new energy-efficient radios, femtocells, and offloading capabilities) and the possibility for IoT objects to connect and load-balance between dual and multiple RANs. This paper focuses on the possibility of using LISP (Locator Identifier Separation Protocol) for multihoming and load-balancing purposes and presents an illustrative scenario for the case of mobile IoT (e.g., the "things" part of vehicular or public transportation systems, PTS) that are also intensive bandwidth consumers, like the case of connected multimedia "things." We have implemented and tested a demonstrator of a mobile LISP IoT gateway that is also integrated with Cloud-based video analytics.

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“…[206,207,192]. The same philosophy has been adopted by many research such as [208,209]. Signaling packets and traffic are directly captured from the network interface with a Wireshark Protocol Analyzer [210].…”

Section: Testbed Configurationmentioning

confidence: 99%

Consumer-Oriented Incoming Call Connection Service for a Ubiquitous Consumer Wireless World

Ганчев

O’Dróma

Wang

2008

Wireless Pers Commun

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This thesis proposes a novel consumer-oriented Incoming Call Connection (ICC) service as an important enabling infrastructural component of the recently proposed ubiquitous consumer wireless world (UCWW), a new Consumer-centric Business Model (CBM) environment for wireless communications. The ICC solution proposed here will be offered by third-party providers who are autonomous of the access network providers. Compared to the present ICC service in the legacy subscriber-based networks, the consumeroriented ICC service will offer to mobile users greater flexibility and management control over incoming calls, enable users to receive incoming calls via multiple access networks/providers by means of a single identity, support user-driven, seamless, network-transparent Hot Access network Change (HAC), largely eliminate roaming charges and develop a new wireless networking business opportunity among other ben- Furthermore, the thesis elaborates a generic CBM-ICC service scenario, which shows how the CBM-ICC service offers to mobile users greater freedom and operation control over incoming calls, enables the novel attribute of users being empowered to receive incoming calls simultaneously, and otherwise, from various homogeneous and heterogeneous access networks, owned by the same or different providers, and enables user-driven HAC on active calls in keeping with, or matched to, user's Always Best Connected and Best Served (ABC&S) policies. A CBM-ICC proof-of-concept system-level testbed is implemented to perform experimental tests, probe different communications scenarios, evaluate the service performance, and further elaborate the service architecture. In this, approaches towards evaluating the performance of the CBM-ICC service based on designed testbed are elaborated, and sample numerical results are presented and analyzed. DeclarationThis thesis is presented in fulfillment of the requirements for the degree of Doctorate of Philosophy. This thesis has not been submitted to any other University or higher education institution, or for any other academic award in this University. Where use has been made of the work of other people it has been fully acknowledged and fully referenced. Signed:Date:Ohana means family.Family means nobody gets left behind, or forgotten.Dedicated to Mum, Dad and my wife.Without your love and support I would not be at this point today.Dedicated to the loving memory of my grandma.

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Towards transport-layer mobility: Evolution of SCTP multihoming

Cited by 41 publications

References 25 publications

A taxonomy and survey of SCTP research

A taxonomy and survey of SCTP research

Multihoming for Mobile Internet of Multimedia Things

Consumer-Oriented Incoming Call Connection Service for a Ubiquitous Consumer Wireless World

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